【近年主要论文】

[1] Wang, Bingfeng ，Fu, Ao，Huang, Xiaoxia，Liu, Bin，Liu, Yong，Li,Zezhou，Zan, Xiang，Mechanical Properties and Microstructure of the CoCrFeMnNi High Entropy Alloy Under High Strain Rate Compression，Journal of Materials Engineering and Performance，2016.7.01，25（7）：2985~2992

[2] Bingfeng Wang ，Rui Ma，Jindian Zhou，Zezhou Li，Shiteng Zhao，Xiaoxia Huang，Adiabatic shear localization in ultrafine grained 6061 aluminum alloy，Materials Science and Engineering: A，2016.10.15，675：221~227

[3] Wang, Bingfeng ，Wang, Xiaoyan ，Li, Juan，Formation and Microstructure of Ultrafine-Grained Titanium Processed by Multi-Directional Forging，Journal of Materials Engineering and Performance，2016.6.01，25（6）：2521~2527

[4] Bingfeng Wang ，Xiaoyan Wang，Zezhou Li，Rui Ma，Shiteng Zhao，Fangyu Xie，Xiaoyong Zhang，Shear localization and microstructure in coarse grained beta titanium alloy，Materials Science and Engineering: A，2016.1.15，652：287~295

[5] Bingfeng Wang ，Fangyu Xie，Zhicheng Li，Hong Zhang，Explosive compaction of Al2O3 nanopowders，Ceramics International，2016.5.15，42（7）：84 60~8466

[6] Bingfeng Wang ，Fangyu Xie，Xiaozhou Luo，Jindian Zhou，Experimental and physical model of the melting zone in the interface of the explosive cladding bar，Journal of Materials Research and Technology，2016.10.01，5（4）：333~338

[7] Wang, Bingfeng ，Sun, Jieying，Wang, Xiaoyan，Fu, Ao，Adiabatic shear localization in a near beta Ti-5Al-5Mo-5 V-1Cr-1Fe alloy，Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing，2015.7.15，639：526~533

[8] B.F. Wang（汪冰峰）*，Fangyu Xie，Bin Wang，Xiaozhou Luo、Microstructure and Properties of the Ti / Al2O3 / NiCr Composites Fabricated by Explosive Compaction / Cladding, Materials Science and Engineering C，第50期，324-331页，2015

[9] B.F. Wang（汪冰峰）*，Xiaozhou Luo ，Bin Wang，Shiteng Zhao，Fangyu Xie、Microstructure and Its Formation Mechanism in the Interface of Ti/NiCr Explosive Cladding Bar，Journal of Materials Engineering and Performance，1-9页，2015

[10] B.F. Wang（汪冰峰）*，Jieying Sun，Eric Nicholas Hahn，Xiaoyan Wang、Shear Localization and its Related Microstructure Mechanism in a Fine- Grain-Sized Near-Beta Ti Alloy，Journal of Materials Engineering and Performance，第24卷，第1期，477-483页，2015

[11] B.F. Wang（汪冰峰）*，Zhaolin Liu，Xiaoyan Wang， Zezhou Li、An EBSD investigation on deformation-induced shear bands in a low nickel austenitic stainless steel under controlled shock-loading conditions，Materials Science and Engineering A，第610卷，301-308页，2014

[12] B.F. Wang（汪冰峰）*，Juan Li，Jieying Sun，Xiaoyan Wang，Zhaolin Liu、Shear localization and its related microstructural evolution in the ultrafine grained titanium processed by multi-axial compression，Materials Science and Engineering A，第612卷，227-235页，2014

[13] B.F. Wang（汪冰峰）*，Jieying Sun，Shiteng Zhao，Bin Wang，Zhaolin Liu、Microstructural evolution in adiabatic shear band in the ultrafine-grained austenitic stainless steel processed by multi-axial compression，Materials Science and Engineering A，第611卷，100-107页，2014

[14] B.F. Wang（汪冰峰）*，Juan Li，Jieying Sun，Xiaozhou Luo，Zhaolin Liu，Huiqun Liu、Adiabatic Shear Bands in Ti-6Al-4V Alloy with Lamellar Microstructure，Journal of Materials Engineering and Performance，第23卷，第5期，1896-1903页，2014

[15] B.F. Wang（汪冰峰）*，W. Chen，J. Li，Z. Liu，X. Zhu、Microstructure and formation of melting zone in the interface of Ti/NiCr explosive cladding bar，Materials & Design，第47卷，第5期，74-79页，2013

[16] B.F. Wang（汪冰峰）*，Z. Liu，J. Li、Microstructure evolution in AISI201 austenitic stainless steel during the first compression cycle of multi-axial compression，Materials Science and Engineering A，第568卷，第4期，20-24页，2013

【主要专利】

[1] 授权实用新型专利：汪冰峰，孙杰英，邹金佃，李娟，王晓燕，一种制备超细晶金属棒材的等通道转角挤压模具，2014.12.10，ZL201420400215.8

[2] 授权发明专利：汪冰峰，陈伟，罗孝周，黄东，一种生物医用发热复合材料及其制备方法，2014.11.26， ZL201212210032231.0

[3] 公开发明专利：汪冰峰，谢方宇，黄东，一种发热复合材料及其制备方法，2014.9.11， 201410213134.1

[4] 授权实用新型专利：汪冰峰，刘昭林，石青臣，李思祺，一种自动检测金刚石复合片抗冲击韧性的装置，2013.5.22，ZL201220648078.0

[5] 授权发明专利：汪冰峰，黄洪跃，碳纳米管增强金刚石复合片材料的制备方法，2012.8.8， ZL201110148812.7

[6] 公开发明专利：汪冰峰，李娟，刘昭林，冯慧娟，一种高效的用于检测金刚石复合片抗冲击韧性的方法，2012.7.4， 201110453205.1